Page 214 - Handbook of Surface Improvement and Modification

Index 209

microbead coverage 129 N
microcracking 3, 29 nail
microfibrillated cellulose 12, 148 polish 49
microhardness 9, 187 treatment 117
tester 32 varnish finish 49
micronized nanobelts 122
amorphous silica 62 nanocellulose 12
modified polyethylene 68 nanocomposite 17
wax 38 nanocrystalline cellulose 12
microphase separation 4 nanodiamond 18, 32, 181-182
micro-pillar 169 nanofiller 11
micropore 37 nanofluids 97, 106
micro-porogen 185 nanoindentation 13, 23
microscale 45 conditions 32
microsphere 101 nanonewton range 32
microstructure 9 nanoparticle 9
breakdown 107 nano-scratch tester 24
microtextured surface 138 nanosilica 106
microwave power 35 ball 15
military vehicle 60 particle 23
miscibility 10, 80 nanotechnology 130
miscible blend 80 nanotribological
modified behavior 172
polymer 20 characterization 32
rosin 92 natural
Mohs scale 10 fiber 97, 106
moisture 32, 50 rubber 80-81, 89
absorption 32 near-superhydrophilicity 110
barrier 90 near-superhydrophobicity 110
source 140 negative displacement 69
mold growth 139 neoabietic 75
molecular network formation 34
chain arrangement 127 nitric acid 98
flat surface 142 nitrile butadiene rubber 4
orientation 4 nitrocellulose 156
weight 3, 10, 65, 70, 82, 172, 174 nonbridging oxygen 124
molybdenum disulfide 187-188 non-hydrolytic sol-gel 29
monomeric diisocyanate 93 nonlinear conditions 165
monoterpene 79 non-polar
morphological observation 81 nature 78
morphology 100, 106, 183 rubber 80
mortar 131, 152 non-stick properties 189
motor oil 142 nonuniform shrinkage 45
multilayer nonwoven 74, 142
deposition 3 material 142
material 1 normal
multiple washing process 144 force 23, 172
multiwalled carbon nanotube 38, 140 load 29, 165
NO removal 125
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